Multi-gas analyzers

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Thermo Scientific - Environmental and Process

Multi-gas analyzer / continuous - 1 - 300 amu | APIX/APIMS d Q, APIX/VG APIMS Quattro™

APIX/APIMS δQ and APIX/VG APIMS Quattro™ Ultra High Purity (UHP) Electronic Gas Analyzers are used for the spontaneous...

Multi-gas analyzer / continuous - 1 - 300 amu | APIX/APIMS d Q, APIX/VG APIMS Quattro™

APIX/APIMS δQ and APIX/VG APIMS Quattro™ Ultra High Purity (UHP) Electronic Gas Analyzers are used for the spontaneous measurement of impurities in either water, oxygen and other available, to single-digit ppt levels.

These series of gas analyzers are economical alternatives to typical quality control method letting each bulk gas to be monitored for a series of possible impurities, while attaining lower detection limits (up to 100 times better) than any other technology.
RAE Systems

Dissolved multi-gas analyzer / portable - AreaRAE

RDK Detector Kit
AreaRAE Rapid Deployment Kit
The Rapid Deployment Kit (RDK) is designed for quick assessment of chemical and radiological threats. The kit includes four AreaRAE monitors and a turn-key...

Dissolved multi-gas analyzer / portable - AreaRAE

RDK Detector Kit
AreaRAE Rapid Deployment Kit
The Rapid Deployment Kit (RDK) is designed for quick assessment of chemical and radiological threats. The kit includes four AreaRAE monitors and a turn-key Host Controller running ProRAE Guardian software for monitoring from a safe zone up to two miles (3km) away. Housed in a military-grade self-contained case, the Rapid Deployment Kit is easy to transport and easy to deploy. The system can easily scale up to 64 detectors and includes option for GPS.
Key Features

In-case charging - One plug to charge 4 AreaRAEs and repeater in the case
AreaRAEs stored with handles on for faster deployment

RDK Detector Kit Includes

4 AreaRAEs
RAELink2 repeater
4 spare Li-ion batteries
External 4-bank battery charger
SICK

Multi-gas analyzer / extractive - max. 4 900 ppm, 30 - 60 l/h | SIDOR

SIDOR is a detector that has long-term stability. It needs to be maintained only after...

Multi-gas analyzer / extractive - max. 4 900 ppm, 30 - 60 l/h | SIDOR

SIDOR is a detector that has long-term stability. It needs to be maintained only after six months. It has electrochemical or paramagnetic 02-measurement.

It is insensitive to foreign contamination and has automatic adjustment when processing component-free ambient air. It can perform a TUEV type examination to measure O2, CO2 and CH4.

Multi-gas analyzer / in-situ - max. 7 000 ppm | GM32 series

The GM32 in-situ gas analyzer is capable of measuring SO2, NO, NO2 and NH3 and also TRS components in Kraft pulp processes. It can also successfully measure pressure and temperature in the gas duct. It...

Multi-gas analyzer / in-situ - max. 7 000 ppm | GM32 series

The GM32 in-situ gas analyzer is capable of measuring SO2, NO, NO2 and NH3 and also TRS components in Kraft pulp processes. It can also successfully measure pressure and temperature in the gas duct. It is direct and fast, but without gas sampling and transport. The device features help to work with actual values in real time. The self-monitoring capability in the device allows for reliable measurements and if any discrepancies occur, warnings will be issued. GM32, with its certification granted according to European standard EN 15267-3 can do successful emission measurement of SO2 and NO. The device comes with ATEX version, which means it is fitted with its all-inclusive safety functions and highly efficient system technology. GM32 TRS-PE is used for TRS measurement in Kraft pulp processes.

Multi-gas analyzer / in-situ - GHG-Control

The GHG-Control by Sick is an analyzer and system which feature uninterrupted, efficient and real time measurement of current CO2 and N2O load. This device is the only in-situ solution...

Multi-gas analyzer / in-situ - GHG-Control

The GHG-Control by Sick is an analyzer and system which feature uninterrupted, efficient and real time measurement of current CO2 and N2O load. This device is the only in-situ solution which gives a complete overview of amount of greenhouse gasses that is emitted at any time. The device gives an accurate information such as concentrations, volume flow and total quantity. Also, it is cost efficient because it does not need expensive process in recording the calculation basis of every sample. The system work by releasing the gas load directly to the SCU control unit. The next step would be, the system will now dispense expensive calculation method which is designed for giving a precise and accurate CO2 and N2O load.
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